Reliable protection for electrical systems

The Sinatec G-Strip fusible link fuse offers effective protection for your electrical systems. With a rated current of 35 amperes and a voltage up to 48 volts, this fuse is ideal for various applications, including forklifts and other vehicles with similar electrical requirements.

Easy installation and clear indication

Thanks to the bolt mounting, installing this fusible link fuse is quick and easy. The mounting holes have a center distance of 60 mm, ensuring a firm and secure attachment. Additionally, the fuse features an indicator window, allowing you to see at a glance whether the fuse is still intact.

High-quality materials and performance

This fuse is made from tin-plated zinc alloy, providing excellent conductivity and corrosion resistance. With a typical voltage drop of 125 mV and an interrupting capacity up to 210 amperes at 48 VDC, this fuse delivers reliable performance under various conditions.

Suitable for various applications

The Sinatec G-Strip fusible link fuse is designed for use in a wide range of applications, including:

• Forklifts
• Electric vehicles
• Industrial machines

With an operating temperature range from -40°C to 125°C, this fuse is suitable for use in diverse environments.

Compact dimensions

With a total length of 81.7 mm and a width of 22 mm, this fuse takes up minimal space while still providing optimal protection for your electrical systems.

UL approval

This fusible link fuse is UL 248 recognized as a special fuse, demonstrating the high quality and safety standards maintained during its production.

Specifications summary

• Rated current: 35A
• Rated voltage: 48VDC
• Interrupting capacity: up to 210A at 48VDC
• Material: tin-plated zinc alloy
• Mounting: bolt mounting with 60 mm center distance
• Dimensions: 81.7 mm (L) x 22 mm (W)
• Operating temperature range: -40°C to 125°C
• UL 248 recognized

With the Sinatec G-Strip fusible link fuse, you choose a reliable and efficient solution to protect your electrical systems against overload and short circuit.